BeGyaani Classes

Welcome to ElectroGyaani– Your Resource for Electronics Engineering, VLSI Design, and Microprocessor Learning!

Want to master VLSI Design, Electronics Engineering, or Microprocessors? You’re in the right place! This channel offers easy-to-understand tutorials and projects for students, professionals, and hobbyists.

🔹 What You’ll Learn:

VLSI Design: CMOS, FPGA, and digital circuits
Microprocessors: Architecture, programming, and applications
Electronics Engineering: Circuit design, signal processing, embedded systems
🔹 Why Subscribe?

Clear Tutorials for all levels
Hands-On Projects and practical examples
Up-to-date Content with industry trends
Step-by-Step Explanations for complex topics
🔹 Who Is This For?

Engineering Students: Ace your exams
Professionals: Stay updated with trends
Hobbyists: Improve your projects
💡 Learn, Innovate, and Shape the Future of Technology! 💡
#gate #engineering #CONCEPTS #diode #BJT #MOSFET #VLSI #UGC-NET #electronics

How to solve Zener Diode problems | GATE exam | Voltage Regulator | engineering
How to solve Zener Diode problems | GATE exam | Voltage Regulator | engineering
Most Important MOSFET Concepts for Electronics Interview | #engineering | #interview
Most Important MOSFET Concepts for Electronics Interview | #engineering | #interview
Most Important MOSFET Concepts for Electronics Interview | #engineering | #interview
Most Important MOSFET Concepts for Electronics Interview | #engineering | #interview
Most Important MOSFET Concepts for Electronics Interview | #engineering | #interview
Most Important MOSFET Concepts for Electronics Interview | #engineering | #interview
Most Important BJT Concepts for Electronics Interview | #engineering | #interview
Most Important BJT Concepts for Electronics Interview | #engineering | #interview
Most Important Diode questions | #engineering | #interview
Most Important Diode questions | #engineering | #interview
Analog VLSI job interviews: what you need to know | #interview | #technology
Analog VLSI job interviews: what you need to know | #interview | #technology
Comparison of CS, CD and CG MOS Amplifier | #mosfet | #semiconductor | #vlsi | #engineering
Comparison of CS, CD and CG MOS Amplifier | #mosfet | #semiconductor | #vlsi | #engineering
Common-Gate Amplifier | #mosfet | #semiconductor | #vlsi | #engineering | #science
Common-Gate Amplifier | #mosfet | #semiconductor | #vlsi | #engineering | #science
Common-Drain Amplifier | #mosfet | #semiconductor | #vlsi | #engineering | #science
Common-Drain Amplifier | #mosfet | #semiconductor | #vlsi | #engineering | #science
Common-Source Amplifier | Source Degeneration | #mosfet | #semiconductor | #vlsi
Common-Source Amplifier | Source Degeneration | #mosfet | #semiconductor | #vlsi
Common-Source Amplifier | Active Load | #mosfet | #semiconductor | #vlsi
Common-Source Amplifier | Active Load | #mosfet | #semiconductor | #vlsi
Common-Source Amplifier | Current-Source Load | #mosfet | #semiconductor | #vlsi
Common-Source Amplifier | Current-Source Load | #mosfet | #semiconductor | #vlsi
Common-Source Amplifier | Diode-Connected Load | #mosfet | #semiconductor | #vlsi
Common-Source Amplifier | Diode-Connected Load | #mosfet | #semiconductor | #vlsi
Common-Source Amplifier | Resistive Load | #mosfet | #semiconductor | #vlsi
Common-Source Amplifier | Resistive Load | #mosfet | #semiconductor | #vlsi
Fabrication of NMOS | #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
Fabrication of NMOS | #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
how to transfer a single pattern | #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
how to transfer a single pattern | #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
Capacitances | #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
Capacitances | #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
Capacitances | #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
Capacitances | #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
Pinholes, Oxide Breakdown, hot carrier effect| #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
Pinholes, Oxide Breakdown, hot carrier effect| #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
limitations imposed by small device geometry | #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
limitations imposed by small device geometry | #mosfet | #vlsi | #Semiconductor | #gate #ugcnet
narrow channel effects | MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet
narrow channel effects | MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet
short channel effects | MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet
short channel effects | MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet
MOSFET constant voltage scaling | #vlsi Design | #Semiconductor | #gate #ugcnet
MOSFET constant voltage scaling | #vlsi Design | #Semiconductor | #gate #ugcnet
MOSFET Full scaling | #vlsi Design | #Semiconductor | #gate #ugcnet
MOSFET Full scaling | #vlsi Design | #Semiconductor | #gate #ugcnet
MOSFET scaling | #vlsi Design | #Semiconductor | #gate #ugcnet
MOSFET scaling | #vlsi Design | #Semiconductor | #gate #ugcnet
substrate bias effect | MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet
substrate bias effect | MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet
channel length modulation | MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet
channel length modulation | MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet
I-V characteristics of a MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet
I-V characteristics of a MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet
working of a MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet
working of a MOSFET | #vlsi Design | #Semiconductor | #gate #ugcnet